The focus is on the problem-solving strategy "write an equation." Other topics to develop problem-solving skills are included. (MNS)

Solving a problem using the work-backward strategy is discussed, with tips on other facets of problem solving. (MNS)

"Solve a simpler problem" is the strategy illustrated, with suggestions on other strategies included. (MNS)

The problem-solving strategy of using a drawing is highlighted, with two problems discussed. Tips on classroom climate and other teaching ideas are also given. (MNS)

Using open-ended problems with more than one answer is disucssed, with examples. Other tips on open-ended problem solving are included. (MNS)

The four-step method of problem solving is described: read the problem, represent or diagram, set up the calculations and compute, and write the answer. Other problem-solving tips are also included. (MNS)

Presents several suggestions for teaching problem-solving. They include: (1) using the "reduction" strategy (which permits students to solve problems involving a large number of cases or a very complex figure); (2) a problem for students in grades 4-8 to solve; and (3) ways of fostering a problem-solving climate. (JN)

Explains a discovery activity using the possible positions of the faces of a cube when represented in two dimensions. Suggests rules which would determine which of the edges would connect if the drawing were folded to form the cube. (RS)

Teaching story problems is seen to offer opportunities for developing the problem-solving process. Four steps described by George Polya are interpreted for the classroom as: (1) Tell, (2) Show, (3) Solve, and (4) Check. The teacher's role is detailed and the process is viewed to work for all problem types. (MP)

Interrelationships between problem solving and number sense are discussed. Suggestions are given on helping children to search for a solution process and to reject unreasonable answers. The teacher's role in developing number-sense skills with problem-solving tasks is also discussed. (MNS)